In Vivo Delineation of Myocardial Infarction Using the Tractographic Propagation Angle Correlates Strongly with Delayed Gadolinium Enhancement

Keywords

able additional adjacent agents allows apex applied architecture artery automatically axis bipolar cardiac cardiovascular characterization clinical coherence compensated complementary computed contrast coronary correlated correlates correlation defined degrees delayed delineate delineates delineation detect detects develop deviations differentiated diffusion disease diseases eigenvector eigenvectors either elevated encoding endogenous enhancement excellent exists exogenous fiber fibrosis field five fourth funding gadolinium gated general gradient gradients heart hearts highly homogeneous hospital human impairment in vivo included infarct infarction infarcts injection integration integrity inversion isotropic ligation loss maps material measure measuring mechanisms medical metric mice minutes moreover motion mouse myocardial myocardium need novel patients percent permanent principal produced propagation pulse recently recovery renal require resolution respectively rest robust robustly scanner school segment segmentation segmented sheep short shot side significantly slice species specifically spin strong strongly studied suppressed tensor threshold timothy tissue tool towards tract trajectories translatable viewed whether zone